In this study, we are investigating sleep, activity, and fatigue in patients 6–24 months after a concussion. Over 14 days, we assess these factors using actigraphy and questionnaires, examining their links to other symptoms, cognition, mental health, and personality. We also study the effects of sleep restriction. The goal is to improve our understanding of persistent symptoms following concussion and inform future treatments.

We are currently recruiting participants for this study: Søvnmønster, utmattelse og dagaktivitet etter lette hodeskader
More information:

• https://nhi.no/forskning-og-intervju/forsker-pa-sovnproblemer-etter-hjernerystelse

In this study, we are developing and evaluating new digital solutions for individuals experiencing persistent symptoms following concussion. These solutions are a new app for symptom tracking and a wearable biofeedback system.

More information:

• https://www.stolav.no/kliniske-studier/utvikling-av-digitale-losninger-for-hjernerystelse-disco (norwegian).

This study explores the impact of self-monitoring on symptom awareness and management of post-concussion symptoms. Healthy participants will track symptoms or the weather for three weeks using an app. We will assess symptom severity, catastrophising, empowerment, mood, and user experience to evaluate the benefits and potential drawbacks of symptom tracking.

This study examined the effects of metacognitive therapy (MCT) on people who experience long-term symptoms after a concussion. We found that MCT is a promising treatment option for this patient population.

More information:

• https://www.liebertpub.com/doi/full/10.1089/neur.2024.0076

This study examines the effects of Goal Management Training on executive functioning after acquired brain injury, such as stroke and TBI. Goal Management Training helps patients develop strategies to overcome challenges, aiming to enhance daily functioning and adaptability. In the study, we focus on identifying effective treatment components and patient characteristics linked to treatment success.

This project analyses existing MRI and EEG data from TBI research in Trondheim to improve diagnostics, prognosis, and rehabilitation. Furthermore, by combining data across centers, we aim to enhance the understanding of brain pathology and function. This project is also part of our work within the ENIGMA consortium.

More information:

• https://enigma.ini.usc.edu/ongoing/enigma-tbi/
• https://link.springer.com/article/10.1007/s11682-020-00313-7
• https://norwegianscitechnews.com/2020/10/mri-data-from-around-the-world-improves-treatment-of-brain-injuries/
   

This study explored the relationship between sleep, fatigue, cognition, and brain health. Over a span of 22 days, sleep and fatigue of healthy participants were monitored while undergoing cognitive assessments and brain imaging at three intervals. Additionally, they experienced three days of sleep restriction to evaluate its effects.

More information:

• https://academic.oup.com/cercor/article/33/11/7100/7036616